1) Yaha 5 condensate gas reservoir
牙哈5凝析气藏
1.
Optimization of development pattern of Yaha 5 condensate gas reservoir;
牙哈5凝析气藏开发方式优化
2) Yaha condensate gas field
牙哈凝析气田
1.
Application of horizontal well in the development of Yaha condensate gas field.;
水平井技术在牙哈凝析气田开发中的应用
2.
The Yaha condensate gas field is featured by complex fluids and high formation pressure.
牙哈凝析气田具有流体复杂、地层压力高等特点,从2002年开始,气田逐渐开始出现管线及法兰的刺漏现象,井下采气管柱、采气树阀门、集气管线等腐蚀严重,腐蚀范围涵盖了从井下到地面的各个环节。
3) Yaha23 gas condensate field
牙哈23凝析气田
4) condensate gas reservoir
凝析气藏
1.
Performance analysis of bottom-hole pressure for horizontal well in condensate gas reservoir;
凝析气藏水平井井底压力动态分析
2.
The development efficiency analysis of the condensate gas reservoirs with middle-high permeability,Pinghu Field,the East China Sea;
东海平湖油气田中高渗凝析气藏开发效果分析
3.
Study on horizontal well test model for fractured condensate gas reservoir;
天然裂缝凝析气藏水平井试井模型研究
5) gas condensate reservoir
凝析气藏
1.
The feasibility analysis and practice of utilizing horizontal well to enhance the recovery of oil in a gas condensate reservoir with bottom oil;
利用水平井提高带底油凝析气藏原油采收率
2.
Influencing factors of deliverability of horizontal wells in carbonate gas condensate reservoirs
碳酸盐岩凝析气藏水平井产能的影响因素
3.
During the exploitation of gas condensate reservoir, especially the low permeability reservoir, the condensate oil will come out when the pressure drops down to the dew-point pressure, which will cause condensate block and decreases the well productivity, the situation will be worse if the water block exist.
针对凝析气藏特别是低渗透凝析气藏在开发过程中,地层压力降低到露点压力以后,凝析油会析出到地层中,造成反凝析污染,使气井产能下降;有时有水锁效应,产能将进一步降低,从而对凝析油、气采收率等产生严重影响的问题,在调研了国内外文献的基础上,探索了注甲醇段塞+N2(干气)吞吐解除反凝析、反渗吸污染,恢复气井产能方法,并设计了甲醇-地层水-凝析油气三相体系PVT相态测试方法和注甲醇段塞+N2(干气)吞吐解除反凝析、反渗吸实验测试及评价方法,该方法在现场得到了成功应用。
6) condensate gas pool
凝析气藏
1.
Genetic types and distribution of paleogene condensate gas pools in Dongpu depression;
东濮凹陷古近系凝析气藏成因类型及其分布特征
2.
This paper suggests from the fluid property analysis that the Ordovician condensate gas pool in Lunnan buried hill reservoirs is a hybrid type of reservoir re-shaped from the ancient oil reservoirs.
通过对流体性质的分析后认为,轮古东奥陶系特殊的凝析气藏是在古油藏基础上形成的混合型油气藏,其原油带有古油藏的一些特征,但总体上表现为凝析气藏特征;轮古东奥陶系油气藏不是孤立的油气藏,而是整个轮南古潜山油藏的一部分。
3.
Condensate gas pools can be classified into the primary condensate gas pool and the secondary condensate gas pool.
根据凝析气藏形成过程中相态变化,可将其分为原生凝析气藏和次生凝析气藏。
补充资料：析气
分子式：
CAS号：
性质：电池充电、过充电或自放电时在正极析出氧气，负极析出氢气。析气消耗电解液中的水。气体从电池逸出时会带出电解液产生“酸雾”而污染环境，甚至可能引起爆炸。为此，开口蓄电池需要专门维护。
CAS号：
性质：电池充电、过充电或自放电时在正极析出氧气，负极析出氢气。析气消耗电解液中的水。气体从电池逸出时会带出电解液产生“酸雾”而污染环境，甚至可能引起爆炸。为此，开口蓄电池需要专门维护。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条